The installation of the modules that collectively constitute Asgard subsea gas compression has commenced on the Asgard field. Innovative technology at a depth of 300 metres will create 282 million ...

The FINANCIAL — Statoil and its partners this week put the first subsea gas compression facility on line at Åsgard in the Norwegian Sea. Subsea compression will add some 306 million barrels of oil ...

Three giants of the oilfield subsea development sector have completed the establishment of a joint venture arrangement to combine their complementary services. The new business, which will adopt the ...

The FINANCIAL — Statoil with partners Petoro and OMV have started the world´s first wet gas compression on the seabed of the North Sea Gullfaks field. The unique technology will increase recovery by ...

If an intense development programme currently under way works out as hoped, in a decade from now Ormen Lange could be the scene of the most dramatic step yet taken in subsea processing, writes Adrian ...

OSLO (Reuters) - Royal Dutch Shell has dropped one of Norway's biggest and most innovative industrial projects due to rising costs and complexity, dealing a blow to a technology that some hope could ...

At-a-Glance: Subsea engineering is shifting to all-electric, modular “subsea processing” with autonomous inspection, advanced materials, and digital twins—enabling longer step-outs, fewer ...

The irregular seabed in the area of the Ormen Lange field, the steep slide, and difficult areas along the coastline pose extreme challenges to pipeline design. Environmental conditions are also ...

Both subsea compression trains at Statoil’s Åsgard field have achieved more than 25,000 operation hours with an availability close to 100 percent. The world’s first subsea gas compression facility ...